Show in Figure 1 is the water flow system. The velocity head difference is .  Volume flow rate is .  The heights are  and , respectively.  The power output from the motor is , . The energy added by the pump is . The energy loss between point 1 and 2 is . Calculate  1) power delivered by the fluid to the motor  in kW. ___________kW

Assemble and describe the operation of a simple piping system (with only one branch, or at most two branches) for the industrial process of alcohol and sugar. Use the following equipment: Pumps, valves, heat exchangers, pressure gauges, flow meters, elbows and flanges For this system, what would be the most appropriate pressures and flows?

Problem 5.1 When a liquid flows over a surface, the velocity may vary with position. The equation or graph that describes this variation is known as the velocity profile. A thin layer of liquid, draining from an inclined plane as shown in the figure, will have an analytic velocity profile described by the following equation. u Uo = U. [2) -²] where U is the surface velocity, i.e., velocity of the water at the surface of the layer, u is the velocity of the water at any y-position in the layer, and h is the thickness of the layer. A graph of this velocity profile is shown in the figure. h u(y) Direction of gravity a) If the plane has constant width b into the paper, develop an expression for the volumetric flow rate in the film in terms of h, Uo, and b. [Hint: Use a differential area element dA = b dy and integrate from y = 0 to y = h.] b) Calculate the mass flow rate of liquid down the inclined plane, in kg/s, if the liquid has a specific gravity of 0.87 and b = 0.3 m, h = 5 mm, and U₁…

From the provided pump table: 1. Calculate the power required at the pump shaft given that the water density and flow rate are 1000kg/m³ and 400L/s respectively. <-- Do this calculation in the same excel file as the graph 2. Construct a Q – H and Q– n curves of this pump on one graph. <-- Attach an Excel file of your graph using the link below. Units are required and will be marked. n (%) H(m) Q (m/s) 56 0.000 25 55 0.010 45 54 0.020 60 52 0.030 64 49 0.040 62 42 0.050 48 34 0.060 32 20 0.070 18 8 0.080

Using the jet engine lecture notes and its charts, derive a mathematical expression relating a jet engine’s dry weight with its take-off thrust. Write the expression in imperial units and then convert it to SI units.

Note: Use three decimal places and no need to input the unit. Steam enters a horizontal turbine at 350 lbf/in2 absolute, 580°C, and 12 ft/s and is discharged at 110 ft/s and 25°C saturated conditions. The mass flow is 2.5 lbm/s, and the heat losses are 7 Btu/lb of steam. If head losses are negligible, how much horsepower does the turbine develop? (in hp)

Need quick explanation, How to get 3m/s. [Do not copy]

Determine the operating flow rate and net head of the pumping system in the pipe network that you have selected based onyour ÖN number and using the curves in the graph. Show the operating point on the graph and write its values (you can draw the graph in excel) ÖN= 5

Electric drives have a wide range of applications in various industries. One common application is in the manufacturing industry, where electric drives are used to control the speed and torque of electric motors that drive various machines and equipment. For example, electric drives are used in conveyor systems, pumps, fans, compressors, and machine tools to regulate the motion and force required for different manufacturing processes. 1. Create simple Process Flow Diagram (PFD) of electric motor used in pumps.

can you help me with part c please